1. DICE: Authorizing Dynamic Networks for VOs Jeff W. Boote Senior Network Software Engineer, Internet2 Cándido Rodríguez Montes RedIRIS TNC2009 Malaga, Spain 8 June, 2009

2. DICE Informal partnership made up of: CANARIE, ESnet, GÉANT, Internet2, USLHCnet Focus of collaboration is in aligning respective resources to best support the shared user base Coordinating network infrastructure Coordinating new service development Basis for perfSONAR collaboration and DICE control-plane (dynamic circuit) collaborations Started discussing a common framework for middleware to support monitoring and dynamic circuit efforts about a year ago

3. Outline Goals Use cases History of AA in perfSONAR and DCN Current implementations Future directions

4. AAI Integration Goal AAI Systems that are interoperable and support Dynamic Circuit Networks (IDC) and perfSONAR (PS). They may be built out of different components for various organizations, but having a common interface IDC and PS components then need to be modified to support that common AAI interface Desire to leverage existing middleware infrastructure Necessary because a common identity infrastructure is needed from a complete network management perspective. Those who provision the network, need to be able to diagnose performance issues with it.

5. What is perfSONAR An architecture & a set of protocols Services Oriented Architecture (SOA) Web Services Interfaces Protocols being standardized in the OGF NMC-WG Also A collaboration Production network operators focused on designing and building tools that they will deploy and use on their networks to provide monitoring and diagnostic capabilities to themselves and their user communities. Several interoperable software implementations Java & Perl A Federated set of Deployed Measurement Infrastructures

6. perfSONAR Architecture Interoperable network measurement middleware: Modular Web services-based Decentralized Locally controlled Integrates: Network measurement tools and archives Discovery Authentication and authorization Data manipulation Topology Based on: Open Grid Forum Network Measurement Working Group schema.

7. Decouple 3 phases of a Measurement Infrastructure

8. perfSONAR Components Measurement Points Data Services Measurement Archives Transformations Service Configuration Auth(n/z) Services Infrastructure Information Services Topology Service Lookup Analysis/Visualization User GUIs Web Pages NOC Alarms

9. perfSONAR 9 FNAL (AS3152) [US] ESnet (AS293) [US] GEANT (AS20965) [Europe] DFN (AS680) [Germany] DESY (AS1754) [Germany] measurement archive m1 m4 m3 measurement archive m1 m4 m3 measurement archive m1 m4 m3 m1 m4 m3 m1 m4 m3 measurement archive performance GUI user Analysis tool perfSONAR allows autonomous measurement systems to be aggregated in analysis

10. perfSONAR – AAI issues Not all clients are web browsers Interesting data for a single end-to-end path is typically ‘owned’ by several different organizations May have different release policies Related to home institution, job function, VO membership On demand multi-domain measurements create a real need for multi-domain AAI

11. DCN Comparisons to IP

12. Parallels with the IP Network IP Network Hosts have one-armed connections Can communicate with other hosts on the network Data paths are shared – the “atomic” elements are packets on shared data paths Control plane protocols include IGP and EGP protocols Dynamic Circuit Networks Hosts have one-armed connections Can communicate with other hosts on the network Data paths are dedicated – the “atomic” elements are circuits with non-shared data flows Control plane protocols being developed – Interdomain (IDC) protocol

13. IDC Control Plane Intradomain is domain dependent Interdomain – IDC is agreed upon between domains

14. IDC Flow Diagram - Web Service Based Four Primary Web Services Areas: Topology Exchange, Resource Scheduling, Signaling, User Request

15. Web Service Based Components Topology Topology Exchange Domain Abstraction Varying levels of dynamic information Resource Scheduling and Path Computation Multi-Domain path computation techniques Resource identification, reservation, confirmation Signaling path setup, service instantiation Host Lookup Service (Information Services - think DNS in the IP world) Uses DNS pointers AAI integration (Architecture under investigation) There is significant overlap with perfSONAR!

16. Dynamic Circuits – AAI issues Not all clients are web browsers Interesting data for a single end-to-end path is typically ‘owned’ by several different organizations May have different release policies Related to home institution, job function, VO membership On demand provisioning creates a real need for multi-domain AAI

17. Basic Architecture - PS

18. Basic Architecture - IDC

19. Currently Exploring N-tier issue ShibuPortal work may be a solution here Advantage is to more closely align pS/IDC efforts with MACE efforts SAML ECP profile Deal with non-web browser issues Hope to leverage attribute aggregation solutions for virtual/collaborative organizations

20. Conclusion All of this is a work in progress! We are interested in your input! Thanks!

21. Demonstration Demonstration of current work in perfSONAR